EJP RD MOOC – Diagnosing Rare DiseasesJoin event
|Date & Time||26 April - 28 May 2021|
Participants will explore key issues relating to rare genetic diseases and undertake your own internet-based investigation into several diagnostic research topics. As part of this course, participants will also explore technological advances in medical research and rare disease diagnosis, and discover the importance of data sharing, as well as the role of technology in the context of understanding the human genome. This course also offers you the opportunity to gain insight into the lives of patients living with rare genetic disease. Guest lecturers from the field of rare diseases will also discuss their current research projects and share information from their direct work with patients.
This course is designed for individuals with a keen interest in diagnostic research and rare diseases. While primarily designed for medical students and PhD/post-doc students in biomedical sciences, it will also be of interest to Patients Advocacy Organisations’ representatives, Healthcare professionals or paramedics who want to further their knowledge of rare diseases diagnosis.
- The diagnostic process and the types of genetic tests available for rare diseases
- The differences in rare genetic diseases patient pathways
- Technological advances for diagnostic research
- The role of collaborative studies and data sharing in rare diseases diagnosis
- The impact of having a diagnosis or lacking a diagnosis on patients’ lives
- The role and place of physiopathology approaches as well as social sciences research in the context of rare diseases diagnosis.
More information and registration is open here.
The Foundation for Rare Diseases is coordinating a series of courses on rare diseases research topics within the context of the European Joint Programme on Rare Diseases. The first course will address research issues related to diagnosis in the rare diseases context.
The European Joint Programme on Rare Diseases (EJP RD) brings over 130 institutions (including all 24 ERNs) from 35 countries to create a comprehensive, sustainable ecosystem allowing a virtuous circle between research, care and medical innovation.